30-Ton Heated Hydraulic Press for Advanced Polymer Synthesis Solid-State Battery Research and Ceramic Densification

Product Overview

This 30-ton heated hydraulic press delivers laboratory-scale high-pressure compaction with integrated thermal control up to 300°C. It combines a robust monoblock hydraulic system with heated platens to fabricate thin, uniform specimens for materials research. The unit’s modular architecture provides two distinct editions—a cost-effective Standard variant and a fully programmable Pro variant—allowing labs to select the precise level of automation and force monitoring required.

Engineered for advanced polymer synthesis, solid-state battery electrolyte preparation, ceramic densification, and pharmaceutical research, this press fits seamlessly into cleanroom and glovebox environments. Its 180×180 mm platen offers ample working area for multiple small samples or larger single discs, while the 50 mm daylight accommodates a variety of tooling and mold heights. The built-in water cooling circuit enables rapid post-process temperature reduction, shortening cycle times drastically when connected to a water source or optional recirculating chiller.

Designed with global electrical compatibility as a core feature, the system ships with a native 220V-240V/50Hz power configuration covering Europe, the UK, and South America. For North American labs, a dedicated 110V/60Hz option eliminates voltage mismatches, especially when embedding the press into US-spec vacuum gloveboxes. This dual-voltage flexibility ensures that researchers worldwide can integrate the equipment without complex electrical retrofits.

Built to withstand rigorous daily use, the press features a heavy-gauge steel frame and high-thermal-mass alloy steel platens that resist warping and ensure consistent pressure distribution over thousands of cycles. KINTEK includes a factory calibration certificate for temperature and pressure accuracy with every unit, underscoring its commitment to precision. A 12-month warranty and lifetime remote technical support provide peace of mind, making this system a reliable, long-term investment for any demanding laboratory.

Key Features

• Dual-Tier Modular Configuration: Choose between the Standard edition (110 kg, 1000W) with straightforward temperature-only control and the Pro edition (150 kg, 1400W) featuring advanced temperature and pressure programming. The Pro model’s digital pressure sensor logs clamping force in real time (0–30 tons), enabling exact mechanical data recording for research that requires force-displacement curves. This clear tiered approach avoids confusion and over-engineering while offering a scalable upgrade path.
• Maximum Force Consistency: The 30-metric-ton (300 kN) monoblock hydraulic cylinder is designed to eliminate leakage and maintain stable force output. Pressure is evenly transmitted across the 180×180 mm platen, ensuring that every square millimeter of your sample experiences identical compaction—critical for producing uniform thin films, battery separator pellets, or ceramic green bodies.
• Advanced Temperature Control: Both editions reach 300°C, but the Pro version incorporates a PID programmable controller that allows multi-segment temperature ramps, dwells, and cooling sequences. This enables precise thermal profiles for sintering, polymerization, or curing. Temperature accuracy is verified at the factory, with a QC calibration sheet provided for traceability.
• Built-In Water Cooling: Integrated cooling channels within the platens accept quick-connect hoses for direct water circulation. Post-heating, the system can cool from 300°C to near ambient in minutes, protecting heat-sensitive samples and reducing waiting time between runs. An optional recirculating water chiller ($1,000 USD) automates the cooling process with closed-loop temperature control, ideal for high-throughput environments.
• Worldwide Power Flexibility: Standard 220V-240V/50Hz operation suits the majority of international labs, while a factory-optional 110V/60Hz configuration makes the press fully compatible with North American electrical infrastructure and internal glovebox power feeds. This eliminates the need for external transformers and ensures safe, compliant installation.
• Glovebox-Ready Engineering: Compact dimensions (as small as 260×347×422 mm for the Pro) and the available 110V power option facilitate direct installation inside inert atmosphere gloveboxes. This is particularly important for moisture-sensitive materials like sulfide-based solid electrolytes, where ambient exposure must be avoided entirely during compaction.
• Durability and Low Maintenance: The all-steel construction, hardened ram, and thick platens resist mechanical fatigue. Hydraulic seals are designed for extended service life, and the simple manual hand pump requires no electrical power for force application, minimizing parts that can fail.
• Comprehensive Safety and Documentation: Includes high-temperature protective gloves, quick-connect water hose kit with pressure-rated fittings, and a detailed manual covering installation, operation, and safety protocols. The hydraulic pressure release valve allows gradual decompression, preventing sample spring-back or damage.

Applications

| Application | Description | Key Benefit | | Solid-State Battery Electrolyte Pelletizing | Compacting LLZO, LATP, or sulfide electrolyte powders at controlled pressure and temperature under argon atmosphere to form dense separator membranes or cathode composite layers. | Achieves high relative density (>95%) and uniform microstructure necessary for high ionic conductivity and stable cycling. | | Thin-Film Polymer Processing | Hot pressing engineering thermoplastics such as PTFE, PEEK, or PVDF into films of precise gauge (down to 100 µm) for dielectric or biomedical applications. | Homogeneous temperature distribution prevents hot spots that cause polymer degradation, ensuring consistent film properties. | | Ceramic Substrate Fabrication | Uniaxial pressing of alumina, zirconia, or silicon nitride powders for electronic substrates or structural ceramic components prior to sintering. | High green density reduces sintering shrinkage and improves dimensional tolerance of final parts. | | Tablet Formulation Testing | Compressing pharmaceutical powder blends into tablets for hardness, friability, and dissolution testing during pre-formulation R&D. | Reproducible force application ensures consistent tablet mechanical properties for reliable comparative data. | | Composite Laminate Manufacturing | Fabricating fiber-metal laminates or carbon-fiber reinforced polymer composites under controlled heat and pressure to achieve interfacial bonding without void formation. | Uniform pressure and heat across large platen area results in homogeneous laminate quality and reduced scrap. | | Metallographic Sample Preparation | Embedding and compacting powder samples or fragile materials into resin under pressure for sectioning and analysis. | Controlled force prevents sample damage during encapsulation, preserving microstructural details. | | Electrode Calendering in Glovebox | Compressing coated electrode sheets (e.g., lithium-ion battery anodes/cathodes) to controlled thickness and density within inert conditions. | Atmosphere control prevents oxidation or hydration of sensitive electrode materials, enhancing cell performance. | | Dental and Biomedical Composite Curing | Hot pressing dental ceramics or light-curable composites into standardized test specimens for mechanical evaluation. | Compact design and precise temperature control suit clean dental lab environments, providing repeatable specimen preparation. |

Technical Specifications

Mechanical & Compaction System

| Parameter | Specification | | Model | XP10 | | Maximum Clamping Force | 30 Metric Tons (300 KN) | | Hydraulic Cylinder Type | Monoblock Leak-Proof Ram | | Maximum Platen Daylight | 50 mm | | Platen Working Area | 180 × 180 mm | | Platen Material | High-Strength Heat-Resistant Alloy Steel |

Thermal & Cooling Specifications

| Parameter | Specification | | Maximum Operating Temperature | 300.0 °C | | Temperature Control Range | 0.0 – 300.0 °C | | Cooling System | Integrated water-cooling channels in platens with 8 mm quick-connect input/output ports | | Optional Accessory | Recirculating Water Chiller ($1,000 USD) for closed-loop rapid cooling |

Configuration Variants

| Parameter | XP10 Standard Edition | XP10 Pro Edition | | Rated Heating Power | 1000 W | 1400 W | | Controller Type | 7-inch temperature-only touchscreen | Temperature & pressure programmable touchscreen with digital pressure sensor (0–30 T) | | Net Weight | 110 kg | 150 kg | | Outer Dimensions (W × D × H) | 300 × 300 × 420 mm | 260 × 347 × 422 mm | | Native Power Supply | AC 220V-240V / 50Hz, single-phase | AC 220V-240V / 50Hz, single-phase | | Custom Power Supply Optional | AC 110V / 60Hz for North American glovebox use | AC 110V / 60Hz for North American glovebox use |

Why Choose This Product

• Optimized for Demanding Research: The dual-tier architecture ensures you get the exact feature set needed without overspending. The Pro edition’s programmable logic enables sophisticated process recipes and force-displacement logging, while the Standard edition provides robust, no-frills hot pressing. Both are designed by engineers who understand the rigors of materials science labs.
• Unmatched Operational Consistency and Longevity: The monoblock cylinder and high-rigidity frame maintain alignment and pressure stability over years of heavy use, significantly lowering maintenance costs and ensuring your initial investment delivers long-term value. Factory calibration for temperature and pressure, combined with a 12-month comprehensive warranty, guarantees that your results remain reproducible from the first cycle to the ten-thousandth.
• Accelerated Experimental Throughput: Built-in water cooling dramatically cuts the cooldown phase compared to naturally air-cooled presses. With the optional recirculating chiller, you can shave minutes off each cycle, increasing daily sample output and enabling temperature-dependent sequential testing without prolonged waits.
• True Global and Glovebox Readiness: The press’s native 220V compatibility and the custom 110V option solve the most common installation headaches. Its compact form fits standard workbenches and glovebox pass-throughs, ensuring seamless integration into existing workflows without facility modifications.
• Lifetime Partnership and Customization: Beyond the warranty, KINTEK provides free lifetime remote technical support and guarantees spare parts availability for the life of the press. Our engineering team can also assist with custom mold designs, integration into automated systems, or adjustments for unique voltage/frequency requirements upon request.

Reach out today for a personalized quotation or to discuss a press configuration that perfectly matches your research needs.

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